Make sure your answers are written in red and you show your work. Some students are able to write out their answers and then scan and upload them. If you cannot do this, you can create equations within WORD. DrawInk to Math

1. Which distribution is used with small samples?

2. The sheriff’s office samples in LEMAS (N = 827) reported that their agencies require new recruits to complete a mean of 599 hours of academy training (s=226). Construct a 99% confidence interval around this mean and interpret the interval in words.

3. In the PPCS, respondents who say that they have been stopped by police while driving vehicles are asked to report the reason why they were stopped and the total length of time that the stop took. Among female drivers stopped for illegal use of a cellphone while driving (N=42), stops lasted a mean of 9.00 minutes (s=5.48). Construct a 95% confidence interval around this sample mean and interpret the interval in words.

4. Respondents to the GSS (N=1,166) worked a mean of 40.27 hours per week (s=15.54). Construct a 99% confidence interval around this sample value and interpret the interval in words.

5. In a random sample of prisons (N=30) from the COJ, the mean number of inmates per security-staff member was 4.34 (s=3.94). Construct a 95% confidence interval around this sample value and interpret the interval in words.

During your review of the audit field work completed by a new junior employee of the audit firm, John Smith, you have noted many areas which require additional review notes. John, who has just completed the interim audit of Taxon Ltd for the year ended 30 June 2019, has just performed testing of controls. When testing controls over payments made to related parties, there should be evidence of approval and sign-off by the chief financial officer (CFO). John selected a sample of payments made to related parties and vouched them back to the electronic funds transfer (EFT) forms to sight the CFO’s signature of approval. Based on a sample of ten payments, six had been approved by the CFO in writing. However, the remaining four EFT forms (for immaterial amounts) did not have the CFO’s signature, but John noted that the CFO had given verbal approval. John concluded that because all internal controls were working, the audit team could use analytical procedures alone to audit payments made to related parties.

Required:

Based on the results of the testing of controls outlined above, determine whether John has arrived at the appropriate conclusion? (1 mark)

Justify your answer by addressing the following areas: the risks associated with related party transactions, and the reliability of controls at Taxon Ltd.

(Word Limit: Minimum of 150 words. Maximum of 600 words)

Daniel J Company uses a job-order costing system and started the month of
March with three jobs in process. The cost of beginning work in process
plus the costs added during March are shown below:

                                   Job #1        Job #2        Job #3
beginning work in process .....    $4,930        $4,970        $2,840

COSTS ADDED DURING MARCH:
direct materials ..............    $3,400        $4,200        $4,600
direct labor ..................    $5,000        $4,000           ?

Daniel J applies overhead to jobs based on a percentage of direct materials
used. During March, Daniel J completed both Job #2 and Job #3. Job #1 was
not completed by the end of March. Job #2 consisted of 1,700 units; some
of these units were sold during March. None of the units from Job #3 were
sold in March. Daniel J Company's accounting records for March disclosed
the following information:

Work in process inventory balance at March 31 ..........  $15,880
Actual overhead cost for the month of March ............  $ 8,500
Cost of goods sold for March ...........................  $11,830
Finished goods inventory balance at March 31 ...........  $18,870

The cost of goods sold number above represents the cost of goods sold for
March after the overhead variance has been closed for March.

Calculate the number of units from Job #2 that were sold during March.
Simply enter your answer as a number. Do not type the word units after
your answer.

Conduct a health history on a family member or friend. Be sure they give you permission. Using the interviewing techniques learned in Module 2, gather the following information. Use your textbook as your guide. Present Health Past Health Family History While this is only a partial health history, summarize in 3 -5 pages the information you gathered. Also, answer the following questions: Was the person willing to share the information? If they were not, what did you do to encourage them? Was there any part of the interview that was more challenging? If so, what part and how did you deal with it? How comfortable were you taking a health history? What interviewing techniques did you use? Were there any that were difficult and if so, how did you overcome the difficulty? Now that you have taken a health history discuss how this information can assist the nurse in determining the health status of a client. Your assignment must have accurate spelling and grammar. Submit your completed assignment by following the directions linked below. Please check the Course Calendar for specific due dates. Save your assignment as a Microsoft Word document. (Mac users, please remember to append the ".docx" extension to the filename.) The name of the file should be your first initial and last name, followed by an underscore and the name of the assignment, and an underscore and the date. An example is shown below:

Johnson Company uses a job-order costing system and started the month of
March with three jobs in process. The cost of beginning work in process
plus the costs added during March are shown below:

                                   Job #1        Job #2        Job #3
beginning work in process .....    $4,930        $4,970        $2,840

COSTS ADDED DURING MARCH:
direct materials ..............    $3,400        $4,200        $4,600
direct labor ..................    $5,000        $4,000           ?

Johnson applies overhead to jobs based on a percentage of direct materials
used. During March, Johnson completed both Job #2 and Job #3. Job #1 was
not completed by the end of March. Job #2 consisted of 1,700 units; some
of these units were sold during March. None of the units from Job #3 were
sold in March. Johnson Company's accounting records for March disclosed
the following information:

Work in process inventory balance at March 31 ..........  $15,880
Actual overhead cost for the month of March ............  $ 8,500
Cost of goods sold for March ...........................  $11,830
Finished goods inventory balance at March 31 ...........  $18,870

The cost of goods sold number above represents the cost of goods sold for
March after the overhead variance has been closed for March.

Calculate the number of units from Job #2 that were sold during March.
Simply enter your answer as a number. Do not type the word units after
your answer.

5'-tatctatggcatggcgatcatagaggcgtg-3'

3'-atagataccgtaccgctagtatctccgcac-5’

a. Write the mRNA sequence for this gene. Be sure to label the 5’ and 3’ ends. (2 pts.)

c. Circle the start and stop codons in the sequence you wrote in b. (2 pts.)

d. Write the protein sequence translated for this gene. (2 pts.)

e. The anticodon of the tRNA which carries the last amino acid will be: ____________ (2 pts.)

2. Write one sentence using the words promoter, transcription factors and RNA polymerase to describe the relationship between these three components of transcription.

(3 pts.; one point for use of each word correctly)

4. What are two functions of the 5’ cap and the poly A tail on a mature mRNA molecule? (2 pts. for each function; 4 pts. total)

5. In the DNA template strand a codon on the template strand is changed from 3’TTG-‘5 to 3’TTA-5’.

a. What is(are) the amino acid(s) coded for before and after the change? (2 pts.)

b. Does the change from 3’-TTG-5’to 3’-TTA-5’ make a difference in the protein produced? (2 pts.)

Please help this is the last biology assignment I ever have to do and I am on the verge of tears.

c. What if the new codon was a 3’-TTT-5’? Would this make a difference in the protein structure? Explain your answer. (2 pts.)

Imagine you work in a hospital and as you are stepping off of the elevator, you notice a piece of paper on the floor. You pick it up and see the above information on Susan Bowers. Understanding the importance of a person’s private health information confidentiality, you immediately take this information to the hospital’s IT Security Officer who monitors the EHR and its users. After tracking the “footprints” left behind when the users accessed Susan Bowers’ chart, the Security Officer was able to determine who printed the information.

Choose from one of the following instances and write a hospital policy or procedure for the instance you selected. Include your policy/procedure in the same Word document as the Susan Bowers information you pasted and highlighted:

(Option 1) A nursing student does not have time to write everything down from the patient’s EHR record before leaving clinical in the afternoon. The student has asked to print the patient’s personal health history to take home. Write a hospital policy on printing patient information to be removed from the unit.

OR

(Option 2) You are the charge nurse in a busy pediatric unit. The case manager for the pediatric unit wants to discuss discharge plans with you on four of the patients. To make it easier, the case manager prints out the most current information from each of the patients’ charts to take notes on while talking with you. Write a procedure for the destruction of the printed information once the case manager is finished with them.

Select 3 different sized (order lg lg n, lg n, n, n lg n, n2, n3, nk, cn, n!) algorithms to code using a compiler of choice (VB, C++, Java). An example would be an algorithm to search for a number in a list of n numbers à q(n), and a second algorithm to sort a list of numbers using a bubble sort à q(n2). You could also choose to just calculate a open form expression like 1 + 2 + 3 + 4 + 5 + 6 + … n for a size n algorithm. Once the algorithms are coded and working (10pts. will be awarded on complexity/substance of algorithms), add a timer to the crucial section of the code that will correspond to the theta analysis. I have included some sample Java and C++ timer code below that should work. Run and time the three algorithms for n = 10, 100, 1000, 10000, etc… and chart the different times on a column, bar, or line chart. Show me the programs running/working with the time elapsed outputted for a run. 5pts. Turn in a word processed report listing the three algorithms code and the charts displaying the timed results of the runs. 5pts. Use long (16 bit) in Java and long long (16 bit) in C++ for your variables to avoid a memory problem.

Subject: Computer Science

An inspector is doing a quality control assessment on a new shipment of wireless headphones. The original invoices for the headphones show 35% of their supply is from the Jabra company and 65% is from the Samsung company. The inspector also knows that Jabra’s headphones have a 3% defect rate (meaning that 3% of the sample will fail on first usage). The defect rate for Samsung headphones is estimated at 4%.

Complete each subquestion that follows, showing all of your work either in this screen OR compiled into a separate word/excel document and submitted to the Scratch work dropbox. Further, clearly note each subquestion you answer.

1. Define the two “events” of interest here. (2 points)
2. List all of the information that is explicitly stated in the prompt using correct probability notation. (2 points)
3. List all of the information that is not stated in the prompt, but that you can infer from existing information using correct probability notation. (2 points)
4. Draw a probability tree diagram that reflects this situation. (4 points) - note that you can add in images directly to the response window using the image icon above.
5. What is the probability of a randomly selected pair of headphones from this supply being Jabra brand and failing on first use? Show all of your work to receive credit. (2 points)
6. What is the probability of a randomly selected pair of headphones from this supply not failing upon first use? Show all of your work to receive credit. (3 points)